Abstract
Successful error rate performance has been obtained at an areal density of 5 Gb/in/sup 2/ using dual element (thin film inductive write/AMR read) heads and low noise, high resolution thin film media with a PRML channel operating at 10 MB/s. A detailed investigation of the TMR requirements to achieve these densities is reported here. This analysis allows the trade-offs between linear density and track density, wide/narrow write and read heads, and TMR to be explored in a single context. Clear differences in TMR requirements exist between the three head designs in this study even though all are capable of 5 Gb/in/sup 2/. The best head design requires a TMR of <0.24 /spl mu/m which appears well within the demonstrated capability of several experimental submicron servo systems.
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